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It’s that time of year again – Vienna is full of confused looking geologists, people are trying to spot the maximum number of poster tubes on a plane and everyone is wearing jazzy blue lanyards – yes the European Geosciences Union General Assembly 2016 or #EGU16 has arrived!!

The only book you need during EGU – what if your phone battery dies!?!?!

Now you may have searched your keyword using the EGU app or flicked through the online programme. Maybe you got here early today and have already highlighted your sessions in the information and schedules book, but just in case you are looking for something a little out of the ordinary, here are five sessions that you may have missed…

Nonlinear modelling studies may not sound like everyone’s cup of tea, but who knew you could use fractals and singularity analysis to learn more about mineral resources?!? If that doesn’t belong on a future episode of the Big Bang Theory, I don’t know what does.

Sheldon’s interactions with geology should be more fun – maybe fractals are the way!! (Image credit BigBangTheory wiki)

As it is international Haiku Day, I thought it was totally appropriate to highlight this session on turning your work into art, or in this case poetry. This session on turning your work into poetry is convened by Dr Sam Illingworth who performs his science inspired poetry on his regular Periscope broadcasts.

Open access, open science and open data are subjects under much discussion at present in the scientific community and this session provides an active opportunity to get involved with opening your science to the public. The session proposes to offer pop-up presentations to the audience about software and data that anyone can use and should give an interesting insight into how we can use and promote open access data and research.

Another visible issue in science today is the role of equality (gender, cultural and national). As questions of the value of diversity in our research institutions are difficult to address when cloaked in silence, this very valuable session will focus both on the obstacles to inclusion and the concrete actions we can take to increase diversity and acceptance in the lab, the field and the office.

Whilst nuclear accidents such as Fukushima and Chernobyl are often the most visible part of the nuclear energy industry, but they also represent truly interdisciplinary studies that include soil science, atmospheric science, hydrology, natural hazards and ecosystems. By comparing historical accidents such as Chernobyl to more recent events such as Fukushima we are able to much better assess the potential impact of nuclear materials on our environment.